def __init__(self):
super().__init__()
self.detector = DwellSelect(float(settings.gazeValue('dwellDuration')),
float(settings.gazeValue('dwellRange')))
self.gazePosition = [-99, -99]
self.eyePositions = [[-99, -99], [-99, -99]]
self.staleTimerStart = None
self.attentionStalePeriod = float(
settings.gazeValue('attentionPeriod'))
self.lastFixation = None
self.sawEyesLastTime = None
self.timer = QtCore.QTimer()
self.timer.setSingleShot(False)
self.timer.timeout.connect(self._poll)
self.pointStarted = False
self.tracker = EyeTribe()
self.server = EyeTribeServer()
self.server.ready.connect(self.connectToServer)
self.server.error.connect(self.error.emit)
# self.tracker.pullmode()
self.server.start()
self.isReady = self.server.isReady
def connect():
if GazeInterface.__tracker is not None:
GazeInterface.__tracker.pushmode()
return GazeInterface.__tracker
tracker = EyeTribe(host="localhost", port=6555)
tracker.connect()
tracker.pushmode()
GazeInterface.__tracker = tracker
return tracker
OpenPrograms()
def handle_data():
"""Function called to handle EyeX SampleGaze and SampleFixation events"""
global eyetrack_on
if eyetrack_on:
startRecording()
print("start rec")
else:
stopRecording()
print("end record")
# eye_api = EyeXInterface() # Thread one
# eye_api_f = EyeXInterface(fixation=True)
# eye_api.on_event += [handle_data]
tracker = EyeTribe()
tracker.connect()
frameq = tracker._frameq
def startRecording():
frameq.queue.clear()
tracker.pushmode()
def stopRecording():
tracker.pullmode()
while True:
try:
frame = frameq.get(False)
except Queue.Empty:
break
alldata.put(frame)
from peyetribe import EyeTribe
import time
tracker = EyeTribe(host="localhost", port=6555)
tracker.connect()
n = tracker.next()
print(
"eT;dT;aT;Fix;State;Rwx;Rwy;Avx;Avy;LRwx;LRwy;LAvx;LAvy;LPSz;LCx;LCy;RRwx;RRwy;RAvx;RAvy;RPSz;RCx;RCy"
)
tracker.pushmode()
count = 0
while count < 500:
n = tracker.next()
print(n.righteye.avg)
# print(n.lefteye)
count += 1
tracker.pullmode()
tracker.close()
class _GazeDevice(QtCore.QObject):
ready = QtCore.Signal()
error = QtCore.Signal(object)
eyesAppeared = QtCore.Signal(object)
eyesDisappeared = QtCore.Signal()
moved = QtCore.Signal(object)
fixated = QtCore.Signal(object)
def __init__(self):
super().__init__()
self.detector = DwellSelect(float(settings.gazeValue('dwellDuration')),
float(settings.gazeValue('dwellRange')))
self.gazePosition = [-99, -99]
self.eyePositions = [[-99, -99], [-99, -99]]
self.staleTimerStart = None
self.attentionStalePeriod = float(
settings.gazeValue('attentionPeriod'))
self.lastFixation = None
self.sawEyesLastTime = None
self.timer = QtCore.QTimer()
self.timer.setSingleShot(False)
self.timer.timeout.connect(self._poll)
self.pointStarted = False
self.tracker = EyeTribe()
self.server = EyeTribeServer()
self.server.ready.connect(self.connectToServer)
self.server.error.connect(self.error.emit)
# self.tracker.pullmode()
self.server.start()
self.isReady = self.server.isReady
def connectToServer(self):
logging.debug("Eyetribe server ready - connecting tracker!")
self.tracker.connect()
self.ready.emit()
def getDwellDuration(self):
return self.detector.minimumDelay
def getDwellRange(self):
return self.detector.range
def setDwellDuration(self, duration):
self.detector.setDuration(duration)
settings.setGazeValue('dwellDuration', duration)
def setDwellRange(self, rangeInPixels):
self.detector.setRange(rangeInPixels)
settings.setGazeValue('dwellRange', rangeInPixels)
def setAttentionStalePeriod(self, duration):
self.attentionStalePeriod = duration
settings.setGazeValue('attentionPeriod', duration)
def getAttentionStalePeriod(self):
return self.attentionStalePeriod
def isRunning(self):
return self.timer.isActive()
def startPolling(self):
if self.server.isReady():
self._startPolling()
else:
self.server.ready.connect(self._startPolling)
self.server.start()
def _startPolling(self):
if not self.isRunning():
self.timer.start(1000 / 30)
def _poll(self):
try:
gazeFrame = self.tracker.next()
if (gazeFrame.state & STATES['STATE_TRACKING_GAZE']) != 0:
self.eyePositions = [[
gazeFrame.lefteye.pcenter.x, gazeFrame.lefteye.pcenter.y
], [
gazeFrame.righteye.pcenter.x, gazeFrame.righteye.pcenter.y
]]
if True:
self.gazePosition = [gazeFrame.avg.x, gazeFrame.avg.y]
self.moved.emit(self.gazePosition)
if not self.sawEyesLastTime or self.sawEyesLastTime is None:
self.eyesAppeared.emit(self.gazePosition)
self.sawEyesLastTime = True
currentTime = time.time()
wasInsideDwell = self.detector.inDwell
self.detector.addPoint(
Point(gazeFrame.avg.x, gazeFrame.avg.y, 0, currentTime,
gazeFrame.avg))
if self.detector.selection != None:
self.lastFixation = self.detector.clearSelection()
self.fixated.emit(self.lastFixation)
if wasInsideDwell and not self.detector.inDwell:
self.staleTimerStart = time.time()
elif self.staleTimerStart is not None and (
time.time() -
self.staleTimerStart) > self.attentionStalePeriod:
self.staleTimerStart = None
self.fixationInvalidated.emit(self.lastFixation)
else:
raise (Exception('not tracking: %d' % gazeFrame.state))
except Exception as exc:
if self.sawEyesLastTime:
self.eyesDisappeared.emit()
self.sawEyesLastTime = False
def getLastFixation(self):
return self.lastFixation
def getGaze(self):
return self.gazePosition
def getAttentiveGaze(self, clear=False):
gaze = self.gazePosition
if self.staleTimerStart is not None:
if self.lastFixation is not None and (
time.time() -
self.staleTimerStart) < self.attentionStalePeriod:
gaze = [self.lastFixation.x, self.lastFixation.y]
if clear:
self.lastFixation = None
return gaze
def clearLastFixation(self):
self.lastFixation = None
self.staleTimeStart = None
def reset(self):
self.clearLastFixation()
self.detector.reset()
def getEyePositions(self):
return self.eyePositions
def exit(self):
self.timer.stop()
def redoCalibration(self, points):
self.points = points
return self.points[-1]
def cancelCalibration(self):
if self.tracker.is_calibrating():
logging.debug("sending abort")
self.tracker.calibration_abort()
def isCalibrating(self):
return self.tracker.is_calibrating()
def startCalibration(self, xPoints, yPoints, screenWidth, screenHeight):
self.points = []
margin = 100
for y in range(yPoints):
for x in range(xPoints):
self.points.append([
x * ((screenWidth - margin * 2) / (xPoints - 1)) + margin,
y * ((screenHeight - margin * 2) / (yPoints - 1)) + margin
])
random.shuffle(self.points)
self.tracker.calibration_start(xPoints * yPoints)
return self.points[-1]
def beginPointCapture(self):
point = self.points.pop()
try:
self.tracker.calibration_point_start(point[0], point[1])
self.pointStarted = True
except Exception as exc:
logging.error(exc)
def endPointCapture(self):
if self.pointStarted:
self.tracker.calibration_point_end()
self.pointStarted = False
if len(self.points) > 0:
return self.points[-1]
def getCalibration(self):
return self.tracker.latest_calibration_result()
def stop(self):
self.timer.stop()
try:
self.tracker.close()
except:
pass
if self.server.isRunning():
self.server.stop()
## load('block3.avi') ##
t1 = time.time()
if time.time() - t1 > 5:
starttime.append(n.time)
if block == 4: ## elliptical
t0 = time.time()
showFixation('o', 25, '0.5')
if press.event() == 'enter' or time.time() - t0 > 15:
showFixation('+', 25, 'b')
## load('block4.avi') ##
t1 = time.time()
if time.time() - t1 > 5:
starttime.append(n.time)
tracker = EyeTribe() #create object tracker for connection
tracker.connect()
n = tracker.next()
numberoftrials = 6
fps = 60
spf = 1. / fps #Seconds Per Frame
targetFrequency = 0.4 #Hz
#initialize empty arrays <-- this is process i found necessary to read in the data from the eye tracker heart beat
timestamp = [] #time in msec
lefteye = [] #left in rawx, rawy, avgx, avgy
righteye = [] #right eye in rawx, rawy, avgx, avgy
starttime = [] #timestamp (msec) for sync beginnning
tracker.pushmode() #begin pushing
if __name__ == "__main__":
from peyetribe import EyeTribe
import time
tracker = EyeTribe()
tracker.connect()
frameq = tracker._frameq
print frameq.empty()
print("eT;dT;aT;Fix;State;Rwx;Rwy;Avx;Avy;LRwx;LRwy;LAvx;LAvy;LPSz;LCx;LCy;RRwx;RRwy;RAvx;RAvy;RPSz;RCx;RCy")
tracker.pushmode()
count = 0
time.sleep(2)
tracker.pullmode()
print frameq.qsize()
while not frameq.empty():
n = frameq.get(True)
#print n
tracker.pushmode()
time.sleep(3)
print frameq.qsize()
from peyetribe import EyeTribe
import time
import pickle
import json
from pythonosc import osc_message_builder
from pythonosc import udp_client
import argparse
tracker = EyeTribe()
tracker._hbinterval = 5
tracker.connect()
n = tracker.next()
parser = argparse.ArgumentParser()
parser.add_argument("--ip", default="127.0.0.1",help="The ip of the OSC server")
parser.add_argument("--port", type=int, default=12345,help="The port the OSC server is listening on")
args = parser.parse_args()
client = udp_client.UDPClient(args.ip, args.port)
print("eT;dT;aT;Fix;State;Rwx;Rwy;Avx;Avy;LRwx;LRwy;LAvx;LAvy;LPSz;LCx;LCy;RRwx;RRwy;RAvx;RAvy;RPSz;RCx;RCy")
frame = []
totalData = []
attributes = "eT;dT;aT;Fix;State;Rwx;Rwy;Avx;Avy;LRwx;LRwy;LAvx;LAvy;LPSz;LCx;LCy;RRwx;RRwy;RAvx;RAvy;RPSz;RCx;RCy".split(';')
tracker.pushmode()
count = 0
while True: #count < 60:
n = tracker.next()
print(n)
